Blu EV, the Egyptian battery-swapping company chaired by Naguib Sawiris, the businessman ranked as Africa’s seventh-richest person, has announced that its network had surpassed two million swaps. The company also disclosed its current operating rate: 9,228 swaps a day across 320 battery-swapping units in 16 cities across Egypt and Morocco.
The acceleration is real. The first million swaps took roughly eighteen months after the commercial launch of its service in early 2025, according to documents shared with Launch Base Africa. The second took under four. A rider pulls into a cabinet, leaves a depleted battery and takes a charged one in under a minute — a proposition aimed at delivery riders and ride-hailing drivers who are paid by the trip and cannot afford to wait four to six hours for a charge.
Divided across 320 cabinets, the daily volume works out at roughly 29 swaps per station. That is an average, and an average of this kind conceals the distribution that matters. A network in which a minority of busy urban cabinets run at high volume and the majority idle produces the same number as a network in which every station does 29 swaps a day. The two businesses have very different prospects.
Blu EV has not published that distribution. Nor has it disclosed what a rider pays per swap after discounts, how much capital it has tied up in batteries and equipment for each active rider, or how many spare batteries sit in each cabinet to cover peak demand. The unit economics stay private.
Why the battery, not the cabinet, sets the margin
Battery swapping looks like a refuelling business. It is closer to an equipment-leasing business. The operator owns the lithium-ion packs in circulation, the charging hardware inside each cabinet, the site it occupies and the logistics that return flat batteries to service. Every charge and discharge consumes a fraction of an asset the operator has already paid for. Rapid charging, which makes the 60-second promise possible, can accelerate that wear.
This distinguishes swapping from a petrol station, where the fuel is sold before it is paid for and the infrastructure provider passes the commodity cost to the driver. A swapping operator carries the battery on its own books and recovers the cost over hundreds of cycles. The margin is therefore set less by the sticker price of a swap than by how hard each pack is worked, how long it lasts, and how many packs sit idle waiting for a rider who may not arrive.
At 29 swaps a station a day, a cabinet with a modest inventory of spare batteries would turn its packs over several times. But a cabinet used twice a day carries the same rent and grid connection as one running near capacity. The fixed costs do not scale down with utilisation.
Two benchmarks
The closest Egyptian comparator is Tayar, a Cairo-based electric fleet operator that charges battery-swap subscriptions of $35 to $54 a month alongside a commission on deliveries. A rider paying $35 and swapping daily pays a little over $1 a swap. A lighter user on the same tariff pays more per swap and less per month, which is why subscription revenue rather than per-swap pricing tends to govern the economics of these networks.
The most developed international comparison is Gogoro, the Taiwanese swapping group listed in New York. In the first quarter of 2026 it reported $36.6mn of battery-swapping revenue across roughly 670,000 subscribers, implying about $18 per subscriber per month. Gogoro’s tariffs and network are more mature, but the contrast is instructive: revenue depends on how much each subscriber uses the network, not on how many swaps the network has completed since it opened. Gogoro expects its swapping business to reach non-IFRS profitability during 2026, after years of building stations and carrying battery inventory. Scale alone did not resolve that cost; time and pricing did.
Independent engineering work on swapping-station economics reaches a similar conclusion about timing. A life-cycle cost study of a grid-connected swapping station puts the payback period at five years and six months, before the battery inventory itself is counted. A separate study of station deployment costs puts the capital outlay for a single station in the range of €350,000 to €1.3mn. Blu EV’s cabinets are smaller than the car and taxi stations those figures describe, but the direction is the same: the assets are expensive and the payback is measured in years, not months.
What Sawiris’s capital has bought
Blu EV was founded in 2023 by Rida Baalbaki and Mr Sawiris, who chairs the board. In 2023, Mr Sawiris announced plans to invest $120mn through Orascom Investment Holding, the family investment vehicle. The company has announced a further $100mn plan for Morocco, where it opened a pilot in Rabat and Casablanca in March 2026 with 12 stations and 100 users.
That depth of capital explains the speed of the build. It paid for the 320 cabinets in Egypt and the first steps abroad. It also gives Blu EV access to partners that a typical start-up would struggle to assemble. The company lists delivery and ride-hailing platforms including Talabat, Uber, inDrive and Aramex among its counterparties, alongside Egyptian banks and finance houses. In late 2025, VOO, a delivery app, launched what it described as Egypt’s first electric delivery fleet using Blu EV-powered motorcycles, covering more than 250,000 kilometres and displacing an estimated 25,000 kilograms of CO₂.
The size of the commitment also explains the scrutiny. A backer of Mr Sawiris’s standing can finance stations. He cannot make a mature station earn back its batteries. Blu EV has not published station-level payback, the assumed life of its packs, or its gross margin on a swap. The Morocco pilot is too small to answer those questions at the level of the network.
The case the company can make
Blu EV’s figures are not only about volume. It says the two million swaps have powered more than 55mn kilometres of electric riding and avoided an estimated 5,548 tonnes of CO₂ compared with petrol motorcycles. It claims running-cost savings above 30 per cent and total-cost-of-ownership savings of up to 50 per cent against fuel-powered two-wheelers, though it does not set out the fuel price, daily mileage or finance terms behind those percentages. A 30 per cent saving on a bike ridden 150 kilometres a day is a different proposition from the same percentage on a weekend commuter.
The company also holds a seat on the Swappable Batteries Motorcycle Consortium, the standard-setting body founded by Honda, Yamaha, Piaggio and KTM. The consortium has grown from four founding members to more than twenty, and its technical committee has defined most of the common specifications for interchangeable batteries. For Blu EV, that seat is the gateway to Europe, where interoperable packs would allow an operator to serve several vehicle brands from one cabinet. It also puts the company in the room where the rules for its own business are being written.
The Bottom Line
Blu EV’s growth story ultimately hinges on whether higher usage translates into attractive returns. Assessing that requires visibility into three aspects of its business: net revenue per swap after discounts, capital expenditure on batteries and cabinets per active rider, and utilisation rates at a typical station in a mature city. A network-wide average would obscure the difference between busy corridors and underused cabinets.
With these figures, station-level profitability could be estimated rather than inferred from activity alone. Blu EV’s 9,228 daily swaps demonstrate demand, but they do not establish the economics behind it. The company plans to extend its network across Egypt by 2027, reaching areas it does not yet serve. That expansion will test whether greater network density can improve unit economics, as its backers expect. Until Blu EV provides clearer evidence of margins and capital efficiency, its usage figures offer a compelling growth story, but not yet proof of a profitable business model.